Tapioca DAO - Nyx's results

function liquidate(
        address[] calldata users,
        uint256[] calldata maxBorrowParts,
        ISwapper swapper,
        bytes calldata collateralToAssetSwapData
    ) external notPaused {

uint256 minAssetMount = 0;
        if (_dexData.length > 0) {
            minAssetMount = abi.decode(_dexData, (uint256)); 
        }

/// @notice Loop through the master contracts and call `_depositFeesToYieldBox()` to each one of their clones.
    /// @dev `swappers_` can have one element that'll be used for all clones. Or one swapper per MasterContract.
    /// @dev Fees are withdrawn in TAP and sent to the FeeDistributor contract
    /// @param markets_ Singularity &/ BigBang markets array
    /// @param swappers_ one or more swappers to convert the asset to TAP.
    /// @param swapData_ swap data for each swapper
    function withdrawAllMarketFees(
        IMarket[] calldata markets_,
        ISwapper[] calldata swappers_,
        IPenrose.SwapData[] calldata swapData_
    ) public notPaused {
        require(
            markets_.length == swappers_.length &&
                swappers_.length == swapData_.length,
            "Penrose: length mismatch"
        );
        require(address(swappers_[0]) != address(0), "Penrose: zero address");
        require(address(markets_[0]) != address(0), "Penrose: zero address");

        _withdrawAllProtocolFees(swappers_, swapData_, markets_); 

        emit ProtocolWithdrawal(markets_, block.timestamp);
    }

ISwapper.SwapData memory swapData = swapper.buildSwapData(
                assetId,
                wethAssetId,
                0,
                feeShares,
                true,
                true
            );
            (amount, ) = swapper.swap(
                swapData,
                dexData.minAssetAmount, //@audit user input swapData !
                feeTo,
                ""
            );